go-gun/gun/tests/gun_test.go
2019-10-02 13:54:53 +04:00

135 lines
4.0 KiB
Go

package tests
import (
"strings"
"testing"
"github.com/ChronosX88/go-gun/gun"
)
func TestGunGetSimple(t *testing.T) {
// Run the server, put in one call, get in another, then check
ctx, cancelFn := newContext(t)
defer cancelFn()
serverCancelFn := ctx.startGunJSServer()
defer serverCancelFn()
randStr := randString(30)
// Write w/ JS
ctx.runJSWithGun(`
gun.get('esgopeta-test').get('TestGunGetSimple').get('some-field').put('` + randStr + `', ack => {
if (ack.err) {
console.error(ack.err)
process.exit(1)
}
process.exit(0)
})
`)
// Get
g := ctx.newGunConnectedToGunJS()
defer g.Close()
// Make sure we got back the same value
r := g.Scoped(ctx, "esgopeta-test", "TestGunGetSimple", "some-field").FetchOne(ctx)
ctx.Require.NoError(r.Err)
ctx.Require.Equal(gun.ValueString(randStr), r.Value.(gun.ValueString))
// Do it again with the JS server closed since it should fetch from memory
serverCancelFn()
ctx.debugf("Asking for field again")
r = g.Scoped(ctx, "esgopeta-test", "TestGunGetSimple", "some-field").FetchOne(ctx)
ctx.Require.NoError(r.Err)
ctx.Require.Equal(gun.ValueString(randStr), r.Value.(gun.ValueString))
}
func TestGunGetSimpleRemote(t *testing.T) {
// Do the above but w/ remote server
ctx, cancelFn := newContext(t)
defer cancelFn()
remoteURL := ctx.prepareRemoteGunServer(defaultRemoteGunServerURL)
randField, randVal := "field-"+randString(30), gun.ValueString(randString(30))
// Write w/ JS
ctx.debugf("Writing value")
ctx.runJSWithGunURL(remoteURL, `
gun.get('esgopeta-test').get('TestGunGetSimpleRemote').get('`+randField+`').put('`+string(randVal)+`', ack => {
if (ack.err) {
console.error(ack.err)
process.exit(1)
}
process.exit(0)
})
`)
// Get
ctx.debugf("Reading value")
g := ctx.newGunConnectedToGunServer(remoteURL)
defer g.Close()
// Make sure we got back the same value
r := g.Scoped(ctx, "esgopeta-test", "TestGunGetSimpleRemote", randField).FetchOne(ctx)
ctx.Require.NoError(r.Err)
ctx.Require.Equal(randVal, r.Value)
}
func TestGunPutSimple(t *testing.T) {
ctx, cancelFn := newContextWithGunJServer(t)
defer cancelFn()
randStr := randString(30)
// Put
g := ctx.newGunConnectedToGunJS()
defer g.Close()
// Just wait for two acks (one local, one remote)
ch := g.Scoped(ctx, "esgopeta-test", "TestGunPutSimple", "some-field").Put(ctx, gun.ValueString(randStr))
// TODO: test local is null peer and remote is non-null
r := <-ch
ctx.Require.NoError(r.Err)
r = <-ch
ctx.Require.NoError(r.Err)
// Get from JS
out := ctx.runJSWithGun(`
gun.get('esgopeta-test').get('TestGunPutSimple').get('some-field').once(data => {
console.log(data)
process.exit(0)
})
`)
ctx.Require.Equal(randStr, strings.TrimSpace(string(out)))
}
func TestGunPubSubSimpleRemote(t *testing.T) {
ctx, cancelFn := newContext(t)
defer cancelFn()
remoteURL := ctx.prepareRemoteGunServer(defaultRemoteGunServerURL)
randField, randVal := "field-"+randString(30), gun.ValueString(randString(30))
// Start a fetcher
ctx.debugf("Starting fetcher")
fetchGun := ctx.newGunConnectedToGunServer(remoteURL)
defer fetchGun.Close()
fetchCh := fetchGun.Scoped(ctx, "esgopeta-test", "TestGunPubSubSimpleRemote", randField).Fetch(ctx)
// Now put it from another instance
ctx.debugf("Putting data")
putGun := ctx.newGunConnectedToGunServer(remoteURL)
defer putGun.Close()
putScope := putGun.Scoped(ctx, "esgopeta-test", "TestGunPubSubSimpleRemote", randField)
putScope.Put(ctx, randVal)
ctx.debugf("Checking fetcher")
// See that the fetch got the value
for {
select {
case <-ctx.Done():
ctx.Require.NoError(ctx.Err())
case result := <-fetchCh:
ctx.Require.NoError(result.Err)
if !result.ValueExists {
ctx.debugf("No value, trying again (got %v)", result)
continue
}
ctx.Require.Equal(randVal, result.Value)
return
}
}
}
/*
TODO Tests to write:
* test put w/ future state happens then
* test put w/ old state is discarded
* test put w/ new state is persisted
* test put w/ same state but greater is persisted
* test put w/ same state but less is discarded
*/